Unlike most laboratory-based research in our department, my laboratory is our country. In fact, the Philippine setting fits the description of environment-food-energy-water nexus well, which has a strong relevance to economic development, welfare and poverty issues in the country. The Philippines is experiencing exponential population growth: from 20 million in the 1960s to 110 million in 2020, which is a 450% increase.
The country currently has 12 metropolitan areas, with Metro Manila included in the top 30 megacities of the world. We are highly vulnerable to climate change-related impacts such as drier dry seasons and wetter wet seasons. All these drivers put pressure on the Philippines’ environment, food, energy and water resources.
Considering the interactions of biomass to the Philippines’ environment-food-energy-water nexus, there is a need to be strategic in implementing biomass to truly contribute in equitable economic growth and improving the lives of the Filipino people.
Through the PhD project, scenarios can be developed to show profitable and sustainable food systems that can accommodate biomass production for fuel, energy and chemicals. Scenarios can also be developed for the implementation of energy crops to produce electricity, road fuels and aviation fuels that could avoid the use of forest lands and protected areas and sustainable bio-aviation fuel.
The tools and insights gained from the project would be of high interest to various stakeholders in the country from the government, academic and private sectors.